Stakeholder Impact
A clearer view of how lecturers, students, administrators, and institutional partners each benefit from a more grounded curriculum intelligence workflow.
How CBC-Logic Studio Operates in Practice
A curriculum intelligence platform cannot exist purely as an administrative abstraction. It must seamlessly integrate into the daily instructional realities of its users. CBC-Logic Studio is structured as a multi-modal ecosystem designed to serve specific stakeholders across Makerere University's College of Computing and Information Sciences (COCIS) and beyond.
Stakeholder Journeys
How Different Users Interact With the Platform
Academic Staff Journey
Lecturers & Instructors
Define Relational Mapping
Lecturers define the exact relational mapping between course outcomes and authentic assessment requirements.
Validate Localized Logic
Faculty validate the localized pedagogical logic before any AI automation is deployed.
Deploy AI Automation
AI accelerates the generation of customized project briefs and complex evaluation matrices.
Focus on Mentorship
Eliminated administrative fatigue allows focus entirely on instructional delivery and student mentorship.
Student Journey
Computing Students
Navigate Competency Framework
Students gain absolute transparency regarding performance expectations and competency requirements.
Demonstrate Professional Skills
Complex cognitive tasks are mapped directly to observable assessment evidence.
Graduate with Verified Portfolio
Students leave with a verified, trackable portfolio of computing competence addressing industry demands.
Curriculum Administrator Journey
Quality Assurance & NCDC
Track Structured Curriculum Data
Administrators track the structured relational dataset aligned with global computing competency frameworks.
Systematically Audit Delivery
The platform naturally transforms academic staff into internal institutional champions.
Ensure Institutional Compliance
Administrators ensure compliance without imposing top-down technological penalties on the faculty.
Sector-Specific Use Cases
Practical Applications of the Platform
Automated Continuous Assessment Design
Systematically extracting static computing syllabi and converting theoretical knowledge statements into structured, observable professional task mappings.
Offline Rubric Generation
Enabling academic staff to build rigorous, reproducible computing assessments completely isolated from internet dependency, ensuring functionality regardless of cloud infrastructure availability.
Evidence-Based Portfolio Tracking
Structurally capturing and standardizing the assessment logic of computing educators to dynamically track student evidence milestones against established computing competencies.
Ready to Experience the Impact?
Join us in building a curriculum intelligence platform that serves every stakeholder in the educational ecosystem.